# $Header: status.msg,v 2.8 03/11/07 13:54:19 przybyls Exp $
# ---------------------------------------------------------------------
# English language messages for IQ GC
#    file : status.msg

[NO_MSG]                            # used by exception handler
""

[UNDEFINED_MSG]                     # used by exception handler
c "Undefined           "

[MSG_TESTING_SIGPATH]
c ""
c "Testing signal path "

[MSG_TESTING_THERMAL]
c ""
c "Testing thermal     "
c "system              "

[MSG_TESTING_OVEN]
c ""
c "Testing oven        "

[MSG_TESTING_DETECTORS]
c ""
c "Testing detectors   "

[MSG_TESTING_DATACOMM]
c ""
c "Testing data        "
c "communications      "

[PRODUCT_NO_MSG]
c "Agilent 6890 GC     "

[OEM_PRODUCT_NO_MSG]
c "||||||||||||||||||||"

[MSG_PF_RECOVERY]
c "POWER ON RESTART    "

[MSG_OVEN_WAIT1]
c "Oven waiting for    "

[MSG_OVEN_WAIT2]
c "other readiness     "

[MSG_BLANK_RUN1]
c "Doing blank run to  "

[MSG_BLANK_RUN2]
c "clear column        "

[MSG_PRESS_INFO]
c "Press INFO for more "

[MSG_FIRMWARE_REVISION]                # NOTE:  MSG_FIRMWARE_REVISION uses the "."
  "  Version .         "               # to keep a blank after Revision, the
                                       # VUF will be appended.

[PRESS_STATUS_KEY_MSG]
c "Press STATUS key:   "

[SERIAL_NUMBER_MSG]
c "Invalid serial no.  "

[SER_NO_STATUS_KEY_MSG]
  " Invalid serial no. "
+ " ------------------ "
= "  Press STATUS key: "

[MEMORY_RESET_MSG]
c "Memory reset        "

[MEM_RESET_SER_NO_MSG]
  " Invalid serial no. "
+ " ------------------ "
= "    Memory reset    "

[MEM_RESET_STAT_MSG]
  "  Press STATUS key: "
+ "  ----------------- "
= "    Memory reset    "

[SER_NO_STAT_MSG]
  " Invalid serial no. "
+ " ------------------ "
= "  Press STATUS key: "

[PWR_ON_DEMO_MODE_MSG]
  " Power on successful"
+ " -------------------"
= "     Demo mode      "

[WARNINGS_DEMO_MODE_MSG]
  "  Warning(s) found  "
+ "  ----------------  "
= "     Demo mode      "

[EXCEPTIONS_DEMO_MODE_MSG]
  " Exception(s) found "
+ " ------------------ "
= "     Demo mode      "

[EXCEPTIONS_FOUND_MSG]
c "Exception(s) found  "

[WARNINGS_FOUND_MSG]
c "Warning(s) found    "

[PWR_ON_SUCCESS_MSG]
c "Power on successful "

[MSG_STATUS]
c "STATUS              "

[MSG_STATUS_NOT_READY]
c "STATUS - Not Ready  "

[MSG_STATUS_WARNINGS]
c "STATUS - Warning(s) "

[MSG_STATUS_FAULTS]
c "STATUS - Fault(s)   "

[MSG_STATUS_METHOD_WARNINGS]
c "METH CONFIG MISMATCH"

[MSG_STATUS_TIME]
c "STATUS (Time=###.##)"

[MSG_CONFIG_STATUS]
c "CONFIGURE STATUS    "

[MSG_READY_FOR_INJECTION]
c "Ready for injection "

[MSG_RUN_IN_PROGRESS]
c "Run in progress     "

[MSG_SEQ_IN_PROGRESS]
c "Sequence in progress"

[MSG_GSV_IN_PROGRESS]
c "Valve inject pending"

[MSG_WAITING_FOR_READY2]
c "Waiting for ready   "

[MSG_WAITING_FOR_PREP_RUN]
c "Waiting for prep run"

[MSG_SCC_RUN_IN_PROGRESS2]
c "Col comp in progress"

[MSG_POST_TIME_IN_PROGRESS]
c "Post run in progress"

[WARNING_TITLE_MSG]
c "WARNING (\# ###):   "

[SHUTDOWN_TITLE_MSG]
c "SHUTDOWN (\# ###):  "

[NON_FATAL_ERR_TITLE_MSG]
c "FAULT (\# ###):     "

[WARNING_SCROLL_MSG]
c "WARNING(s):         "

[NON_FATAL_ERR_SCROLL_MSG]
c "FAULT(s):           "

[METHOD_SCROLL_MSG]
c "METHOD MISMATCH(es):"

[NO_DEVIATIONS_FOUND_MSG]
  "No deviations found "

#/****************************/
#/* Thermal non-fatal errors */
#/****************************/

[MSG_THERMAL_FAULT]                     # NOTE:  this message is active for
  "Thermal shutdown    "                #        any thermal fault

[MSG_SMALL_ZONE_OVER_CURRENT]           # small_zone_over_current
c "Heater overcurrent. "
c "Thermal shutdown.   "

[STAT_MSG_SMALL_ZONE_OVER_C]
  "Heater overcurrent  "

[MSG_OVEN_THERMAL_FAULT]                # oven_too_hot/oven_too_cool/oven_sensor_short
c "Oven"
c "thermal shutdown"

[MSG_OVEN_TOO_HOT]
  " Oven temp too hot "

[MSG_OVEN_TOO_COOL]
  " Oven temp too cool"

[MSG_OVEN_SENSOR_SHORT]
  " Oven temp sensor  "

[MSG_ZONE_TASK]
  "Zones not updating "

[MSG_ZONE_DRIVE]
  "Zone heater driver "

[MSG_DETA_THERMAL_FAULT]                # deta_too_hot/deta_sensor_short
c "Front detector"
c "thermal shutdown"

[MSG_DETA_TOO_HOT]
  " F det temp too hot"

[MSG_DETA_SENSOR_SHORT]
  " F det temp sensor  "

[MSG_DETB_THERMAL_FAULT]                # detb_too_hot/detb_sensor_short
c "Back detector"
c "thermal shutdown"

[MSG_DETB_TOO_HOT]
  " B det temp too hot"

[MSG_DETB_SENSOR_SHORT]
  " B det temp sensor  "

[MSG_INJA_THERMAL_FAULT]                # inja_too_hot/inja_sensor_short
c "Front inlet"
c "thermal shutdown"

[MSG_INJA_TOO_HOT]
  " F inl temp too hot"

[MSG_INJA_SENSOR_SHORT]
  " F inl temp sensor  "

[MSG_INJB_THERMAL_FAULT]                # injb_too_hot/injb_sensor_short
c "Back inlet"
c "thermal shutdown"

[MSG_INJB_TOO_HOT]
  " B inl temp too hot"

[MSG_INJB_SENSOR_SHORT]
  " B inl temp sensor  "

[MSG_AUXA_THERMAL_FAULT]                # auxa_too_hot/auxa_sensor_short
c "Aux 1"
c "thermal shutdown    "

[MSG_AUXA_TOO_HOT]
  " Aux l temp too hot"

[MSG_AUXA_SENSOR_SHORT]
  " Aux l temp sensor  "

[MSG_AUXB_THERMAL_FAULT]                # auxb_too_hot/auxb_sensor_short
c "Aux 2"
c "thermal shutdown    "

[MSG_AUXB_TOO_HOT]
  " Aux 2 temp too hot"

[MSG_AUXB_SENSOR_SHORT]
  " Aux 2 temp sensor  "

[MUX_ADC_THERMAL_SHUTDOWN_MSG]          # mux_adc_not_responding/
c "Mux ADC"                             # invalid_mux_adc_offset
c "thermal shutdown    "

[MUX_ADC_THERMAL_SHUTDOWN_MSG2]
c "Mux ADC             "                # invalid_mux_adc_offset
c "thermal shutdown    "
  "R: #  Val:##########"

[MSG_MUX_ADC_DEAD_FAULT]
c "No mux ADC response "

[MSG_INVALID_ADC_OFFSET]
c "Mux ADC offset value"

[LINE_SENSE_THERMAL_SHUTDOWN_MSG]       # invalid_line_sense_rdg
c "Line sense reading  "
c "thermal shutdown    "

[MSG_INVALID_LINE_SENSE]
c "Invalid line sense  "

[FALSE_INT_THERMAL_SHUTDOWN_MSG]        # false_line_freq_ints
c "Faulty line         "
c "interrupt           "
c "thermal shutdown    "

[MSG_FALSE_LINE_FREQ]
c "Line interrupt      "

[NO_INT_THERMAL_SHUTDOWN_MSG]           # missing_line_freq_ints
c "No line interrupt   "
c "thermal shutdown    "

[MSG_NO_LINE_FREQ]
c "No line interrupt   "

#/*************************************/
#/*  N O N - F A T A L   E R R O R S  */
#/*************************************/

#/**************************************/
#/* Pneumatic non-fatal error messages */
#/**************************************/

[MSG_HYDROGEN_SHUTDOWN]                 # hydrogen_shutdown
c "Hydrogen safety     "
c "shutdown            "

[STAT_MSG_HYDROGEN_SHUTDOWN]
c "Hydrogen shutdown   "

[MSG_DEAD_PCB]                          # dead_pcb/pneu_fpga_fault
c "Pneumatics shutdown:"
c "faulty pneumatics   "
c "board               "

[MSG_PNEU_BD_FAULT]                     # dead_pcb
c "Pneumatics board    "

[MSG_PNEU_FPGA_FAULT]                   # pneu_fpga_fault
c "Pneu board FPGA     "

[MSG_AUX_3_BROKEN]                      # aux_3_broken
c "Pneu aux module     "
c "invalid constants   "
c "from factory        "
c "calibration         "

[AUX_3_BROKEN_STAT_MSG]
c "Aux3 faulty fact cal"

[MSG_AUX_4_BROKEN]                      # aux_4_broken
c "Pneu aux module     "
c "invalid constants   "
c "from factory        "
c "calibration         "

[AUX_4_BROKEN_STAT_MSG]
c "Aux4 faulty fact cal"

[MSG_AUX_5_BROKEN]                      # aux_5_broken
c "Pneu aux module     "
c "invalid constants   "
c "from factory        "
c "calibration         "

[AUX_5_BROKEN_STAT_MSG]
c "Aux5 faulty fact cal"

[MSG_AX_BAD_EEPROM_REV]                 # ax_bad_eeprom_rev
c "Pres aux module:    "
c "obsolete EEPROM     "

[AX_BAD_EEPROM_REV_STAT_MSG]
c "Aux module rev      "

[MSG_AX_BAD_MODULE]                     # ax_bad_module
c "Non-aux module in   "
c "pneu aux position   "

[AX_BAD_MODULE_STAT_MSG]
c "Aux wrong module    "

[MSG_BD_BAD_EEPROM_REV]                 # bd_bad_eeprom_rev
c "Back det module:    "
c "obsolete EEPROM     "

[BD_BAD_EEPROM_REV_STAT_MSG]
c "B det module rev    "

[MSG_BD_BAD_MODULE]                     # bd_bad_module
c "Back detector:      "
c "non-det module      "

[BD_BAD_MODULE_STAT_MSG]
c "B det wrong module  "

[MSG_BI_BAD_EEPROM_REV]                 # bi_bad_eeprom_rev
c "Back inlet module:  "
c "obsolete EEPROM     "

[BI_BAD_EEPROM_REV_STAT_MSG]
c "B inlet module rev  "

[MSG_BI_BAD_MODULE]                     # bi_bad_module
c "Back inlet:         "
c "non-inlet module    "

[BI_BAD_MODULE_STAT_MSG]
c "B inlet wrong module"

[MSG_BI_UNSUPPORTED_TYPE]               # bi_unsupported_type
c "Back inlet:         "
c "invalid inlet module"

[BI_UNSUPPORTED_TYPE_STAT_MSG]
c "B inlet invalid type "

[MSG_BD_UNSUPPORTED_TYPE]               # bd_unsupported_type
c "Back detector:      "
c "invalid det module  "

[BD_UNSUPPORTED_TYPE_STAT_MSG]
c "B det invalid type  "

[MSG_FD_UNSUPPORTED_TYPE]               # fd_unsupported_type
c "Front detector:     "
c "invalid det module  "

[FD_UNSUPPORTED_TYPE_STAT_MSG]
c "F det invalid type  "

[MSG_FI_UNSUPPORTED_TYPE]               # fi_unsupported_type
c "Front inlet:        "
c "invalid inlet module"

[FI_UNSUPPORTED_TYPE_STAT_MSG]
c "F inlet invalid type"

[MSG_FD_BAD_EEPROM_REV]                 # fd_bad_eeprom_rev
c "Front det module:   "
c "obsolete EEPROM     "

[FD_BAD_EEPROM_REV_STAT_MSG]
c "F det module rev     "

[MSG_FD_BAD_MODULE]                     # fd_bad_module
c "Front det:          "
c "non-det module      "

[FD_BAD_MODULE_STAT_MSG]
c "F det wrong module  "

[MSG_FI_BAD_EEPROM_REV]                 # fi_bad_eeprom_rev
c "Front inlet module: "
c "obsolete EEPROM     "

[FI_BAD_EEPROM_REV_STAT_MSG]
c "F inlet module rev   "

[MSG_FI_BAD_MODULE]                     # fi_bad_module
c "Front inlet:        "
c "non-inlet module    "

[FI_BAD_MODULE_STAT_MSG]
c "F inlet wrong module"

[MSG_FD_PNEU_ELEC_MISMATCH]             # fd_pneu_elec_mismatch
c "Front detector:     "
c "det board not the   "
c "same as module      "

[FD_PNEU_ELEC_MISMATCH_STAT_MSG]
c "F det type mismatch "

[MSG_BD_PNEU_ELEC_MISMATCH]             # bd_pneu_elec_mismatch
c "Back detector:      "
c "det board not the   "
c "same as module      "

[BD_PNEU_ELEC_MISMATCH_STAT_MSG]
c "B det type mismatch "



[STAT_MSG_FI_BAD_PID]
c "F inlet invalid pid "

[STAT_MSG_BI_BAD_PID]
c "B inlet invalid pid "

[STAT_MSG_FD_BAD_PID]
c "F det invalid pid   "

[STAT_MSG_BD_BAD_PID]
c "B det invalid pid   "

[STAT_MSG_PA_BAD_PID]
c "Pneu aux invalid pid"

[STAT_MSG_FI_BAD_CKSUM]
c "F inlet bad cksum   "

[STAT_MSG_BI_BAD_CKSUM]
c "B inlet bad cksum   "

[STAT_MSG_FD_BAD_CKSUM]
c "F det bad cksum     "

[STAT_MSG_BD_BAD_CKSUM]
c "B det bad cksum     "

[STAT_MSG_PA_BAD_CKSUM]
c "Pneu aux bad cksum  "

[STAT_MSG_FI_BAD_CONSTS]
c "F inlet bad fact cal"

[STAT_MSG_BI_BAD_CONSTS]
c "B inlet bad fact cal"

[STAT_MSG_FD_BAD_CONSTS]
c "F det bad fact cal  "

[STAT_MSG_BD_BAD_CONSTS]
c "B det bad fact cal  "

[STAT_MSG_PA_BAD_CONSTS]
c "P aux bad fact cal  "




[MSG_FI_BAD_PID]
c "Front inlet:        "
c "invalid pids        "

[MSG_BI_BAD_PID]
c "Back inlet:         "
c "invalid pids        "

[MSG_FD_BAD_PID]
c "Front detector:     "
c "invalid pids        "

[MSG_BD_BAD_PID]
c "Back detector:      "
c "invalid pids        "

[MSG_PA_BAD_PID]
c "Pneu aux module:    "
c "invalid pids        "

[MSG_FI_BAD_CKSUM]
c "Front inlet:        "
c "invalid module      "
c "checksum            "

[MSG_BI_BAD_CKSUM]
c "Back inlet:         "
c "invalid module      "
c "checksum            "

[MSG_FD_BAD_CKSUM]
c "Front detector:     "
c "invalid module      "
c "checksum            "

[MSG_BD_BAD_CKSUM]
c "Back detector:      "
c "invalid module      "
c "checksum            "

[MSG_PA_BAD_CKSUM]
c "Pneu aux module:    "
c "invalid module      "
c "checksum            "

[MSG_FI_BAD_CONSTS]
c "Front inlet:        "
c "invalid constants   "
c "from factory        "
c "calibration         "

[MSG_BI_BAD_CONSTS]
c "Back inlet:         "
c "invalid constants   "
c "from factory        "
c "calibration         "

[MSG_FD_BAD_CONSTS]
c "Front detector:     "
c "invalid constants   "
c "from factory        "
c "calibration         "

[MSG_BD_BAD_CONSTS]
c "Back detector:      "
c "invalid constants   "
c "from factory        "
c "calibration         "

[MSG_PA_BAD_CONSTS]
c "Pneumatics aux      "
c "invalid constants   "
c "from factory        "
c "calibration         "


#/***********************************/
#/* Signal non-fatal error messages */
#/***********************************/

[MSG_SIG_DSP_ROM_ERR]          # sig_dsp_bad_rom
c "Sig DSP ROM broken  "

[MSG_SIG_DSP_RAM_ERR]          # sig_dsp_bad_ram
c "Sig DSP RAM broken  "

[MSG_SIG_DSP_REG_ERR]          # sig_dsp_bad_reg
c "Sig DSP registers   "

[MSG_SIG_DSP_FAULT]             # sig_dsp_fault
c "Signal DSP faulty   "

[MSG_INVALID_SIG_COUNT]         # invalid_sig_count
c "Sig DSP data corrupt"

[MSG_SIGPATH_TEST_FAILED]       # attn1_test_failed / attn2_test_failed
c "Signal path         "        # dac1_test_failed / dac2_test_failed
c "test failed         "

[MSG_ATTN_1_FAULT]
c "0-1 mV out \#1      "

[MSG_ATTN_2_FAULT]
c "0-1 mV out \#2      "

[MSG_DAC_1_FAULT]
c "Analog out \#1      "

[MSG_DAC_2_FAULT]
c "Analog out \#2      "

#/****************************/
#/* Thermal warning messages */
#/****************************/

[OVEN_NOT_INSTALLED_STAT_MSG]           # oven_not_installed
c "Oven sensor missing "

[OVER_WATTAGE_A_MSG]                    # over_wattage_a
c "Invalid heater power"
c "for front detector, "
c "inlet, and aux 1    "

[OVER_WATTAGE_STAT_MSG]
c "Invalid heater power"

[OVER_WATTAGE_B_MSG]                    # over_wattage_b
c "Invalid heater power"
c "for back detector,  "
c "inlet, and aux 2    "

#/******************************/
#/* Pneumatic warning messages */
#/******************************/

[MSG_AUX_3_CHANGED]                     # aux_3_changed
c "Aux 3 config changed"
c "Method defaulted    "

[AUX_3_CHANGED_STAT_MSG]
c "Aux 3 method changed"

[MSG_AUX_4_CHANGED]                     # aux_4_changed
c "Aux 4 config changed"
c "Method defaulted    "

[AUX_4_CHANGED_STAT_MSG]
c "Aux 4 method changed"

[MSG_AUX_5_CHANGED]                     # aux_5_changed
c "Aux 5 config changed"
c "Method defaulted    "

[AUX_5_CHANGED_STAT_MSG]
c "Aux 5 method changed"

[MSG_FD_CONFIG_CHANGED]                 # fd_config_changed
c "Front det:          "
c "config changed,     "
c "method defaulted    "

[FD_CONFIG_CHANGED_STAT_MSG]
c "F det config changed"

[MSG_BD_CONFIG_CHANGED]                 # bd_config_changed
c "Back det:           "
c "config changed,     "
c "method defaulted    "

[BD_CONFIG_CHANGED_STAT_MSG]
c "B det config changed"

[MSG_FI_CONFIG_CHANGED]                 # fi_config_changed
c "Front inlet:        "
c "config changed,     "
c "method defaulted"

[FI_CONFIG_CHANGED_STAT_MSG]
c "F inl config changed"

[MSG_BI_CONFIG_CHANGED]                 # bi_config_changed
c "Back inlet:         "
c "config changed,     "
c "method defaulted    "

[BI_CONFIG_CHANGED_STAT_MSG]
c "B inl config changed"

[MSG_C1_CONFIG_CHANGED]                 # c1_config_changed
c "Column 1:           "
c "config changed,     "
c "method defaulted    "

[C1_CONFIG_CHANGED_STAT_MSG]
c "Col 1 config changed"

[MSG_C2_CONFIG_CHANGED]                 # c2_config_changed
c "Column 2:           "
c "config changed,     "
c "method defaulted    "

[C2_CONFIG_CHANGED_STAT_MSG]
c "Col 2 config changed"

[MSG_JAM_C1_PNEU_TIME1]                 # At ramp off->on or make Col connect
c "Chgd Col 1 Init time"                #  need Pneu_time1 >= Smplg_End
c "to ###.## ;  avoids "
c "Sampling End problem"

[MSG_JAM_C2_PNEU_TIME1]                 # At ramp off->on or make Col connect
c "Chgd Col 2 Init time"                #  need Pneu_time1 >= Smplg_End
c "to ###.## ;  avoids "
c "Sampling End problem"

[MSG_JAM_FI_SAVER_TIME]                 # At MISER off->on
c "Chgd FI Saver time  "                #  need Pneu_time1 >= Smplg_End
c "to ###.## ;  avoids "
c "Sampling End problem"

[MSG_JAM_BI_SAVER_TIME]                 # At MISER off->on
c "Chgd BI Saver time  "                #  need Pneu_time1 >= Smplg_End
c "to ###.## ;  avoids "
c "Sampling End problem"

[MSG_JAM_FI_PURGE_TIME]                 # Meth download time only
c "Chgd FI Purge time  "                #
c "to ###.## ;  avoids "
c "Sampling End problem"

[MSG_JAM_BI_PURGE_TIME]                 # Meth download time only
c "Chgd BI Purge time  "                #
c "to ###.## ;  avoids "
c "Sampling End problem"

#/***************************/
#/* Signal warning messages */
#/***************************/

[MSG_SIGNAL_DATA_LOST]                  # signal_data_lost
# "12345678901234567890"
c "Non-recoverable data"
c "loss.  Data corrupt."

[SIGNAL_DATA_LOST_STAT_MSG]
c "Signal data loss"

[MSG_ANALOG_DATA_LOST]                  # analog_data_lost
c "Analog out data loss"

[SIG_BUFF1_FULL_STAT_MSG]               # sigbuf1_overflow
c "Sig 1 buffer full   "

[SIG_BUFF2_FULL_STAT_MSG]               # sigbuf2_overflow
c "Sig 2 buffer full   "


#/***************************/
#/*   CPF warning messages  */
#/***************************/

[F_CPF_INL_TITLE_MISMATCH_STAT_MSG]     # f_cpf_inl_title_mismatch
c "F inl title mismatch"

[B_CPF_INL_TITLE_MISMATCH_STAT_MSG]     # b_cpf_inl_title_mismatch
c "B inl title mismatch"

[F_CPF_DET_TITLE_MISMATCH_STAT_MSG]     # f_cpf_det_title_mismatch
c "F det title mismatch"

[B_CPF_DET_TITLE_MISMATCH_STAT_MSG]     # b_cpf_det_title_mismatch
c "B det title mismatch"

[F_INL_F_INJ_INCOMP_MSG]                 # f_inl_f_inj_incomp
c " Front injector     "
c " incompatible with  "
c " front inlet        "

[F_INL_F_INJ_INCOMP_STAT_MSG]
c "F inj/inlet mismatch"

[B_INL_B_INJ_INCOMP_MSG]                 # b_inl_b_inj_incomp
c " Back injector      "
c " incompatible with  "
c " back inlet         "

[B_INL_B_INJ_INCOMP_STAT_MSG]
c "B inj/inlet mismatch"

[MSG_OEM_DET_CFG_CHG]                     # oem_det_cfg_mismatch pop-up msg
c "OEM Config error(s)"
c " F Det err: !!!!!  "                   # blank filled hex format
c " B Det err: !!!!!  "

[MSG_OEM_FD_CFG_CHG_SMSG]                # f_oem_det_cfg_mismatch status msg
c "F OEM Det cfg. error"

[MSG_OEM_BD_CFG_CHG_SMSG]                # b_oem_det_cfg_mismatch status msg
c "B OEM Det cfg. error"

#/***************************/
#/*   OS  warning messages  */
#/***************************/

[SPURIOUS_INT_MSG]
c "Spur Intrpt ~~~~~~~~"

[SPURIOUS_STATUS_MSG]
c "Spurious Interrupt  "

#/*************************************/
#/* Detector non-fatal error messages */
#/*************************************/

[MSG_FRNT_TCD_OPEN_FILAMENT]             # frnt_tcd_open_filament
c "Front TCD           "
c "filament open       "

[MSG_FRNT_TCD_FILAMENT_OPEN]
c "F TCD filament open "

[MSG_FRNT_TCD_SHORT_FILAMENT]            # frnt_tcd_short_filament
c "Front TCD           "
c "filament shorted    "

[MSG_FRNT_TCD_FILAMENT_SHORT]
c "F TCD filament short"

[MSG_BACK_TCD_OPEN_FILAMENT]             # back_tcd_open_filament
c "Back TCD            "
c "filament open       "

[MSG_BACK_TCD_FILAMENT_OPEN]
c "B TCD filament open "

[MSG_BACK_TCD_SHORT_FILAMENT]            # back_tcd_short_filament
c "Back TCD            "
c "filament shorted    "

[MSG_BACK_TCD_FILAMENT_SHORT]
c "B TCD filament short"

[MSG_FRNT_DET_FLAME_OUT]                # frnt_flame_failure
c "Front detector      "
c "flame out           "

[STAT_MSG_FRNT_DET_FLAME_OUT]
c "Front det flame out"

[MSG_BACK_DET_FLAME_OUT]                # back_flame_failure
c "Back detector       "
c "flame out           "

[STAT_MSG_BACK_DET_FLAME_OUT]
c "Back det flame out  "

[MSG_F_DET_OFFSET_INVALID]              # frnt_det_offset_invalid
c "Front detector      "
c "electrometer out of "
c "specification       "

[STAT_MSG_F_DET_OFFSET_INVALID]
c "F det electrometer  "

[MSG_B_DET_OFFSET_INVALID]              # back_det_offset_invalid
c "Back detector       "
c "electrometer out of "
c "specification       "

[STAT_MSG_B_DET_OFFSET_INVALID]
c "B det electrometer  "

[MSG_FRNT_DET_ADJUST_FAIL]              # frnt_det_adjust_fail
c "Front detector      "
c "offset adjustment   "
c "failed              "

[STAT_MSG_FRNT_DET_ADJUST_FAIL]
c "F det adjust failure"

[MSG_BACK_DET_ADJUST_FAIL]              # back_det_adjust_fail
c "Back detector       "
c "offset adjustment   "
c "failed              "

[STAT_MSG_BACK_DET_ADJUST_FAIL]
c "B det adjust failure"

# CPF #

#[MSG_F_CPF_OIM_NOT_INSTALLED]              # fd_pneu_oim_not_installed - POP UP
#c "Front detector:     "
#c "OIM board not the   "
#c "same as module      "

[F_CPF_OIM_NOT_INSTALLED_STAT_MSG]         # f_cpf_oim_not_installed_stat_msg
c "F OIM not installed "

[B_CPF_OIM_NOT_INSTALLED_STAT_MSG]         # b_cpf_oim_not_installed_stat_msg
c "B OIM not installed "

#/*****************************/
#/* Thermal shutdown messages */
#/*****************************/

[OVEN_SCRAM_STAT_MSG]
c "Oven shut off"

[CRYO_SCRAM_STAT_MSG]
c "Oven cryo shutdown"

# small zone cryo shutdown messages

[INJA_CRYO_SHUTDOWN_MSG]
c "Front inlet cryo    "
c "shutdown            "

[INJB_CRYO_SHUTDOWN_MSG]
c "Back inlet cryo     "
c "shutdown            "

[AUXA_CRYO_SHUTDOWN_MSG]
c "Aux 1 cryo shutdown "

[AUXB_CRYO_SHUTDOWN_MSG]
c "Aux 2 cryo shutdown "

# inlet full on shutdown messages

[INJA_FULL_ON_SHUTDOWN_MSG]
c "Front inlet heating "
c "too slowly:         "
c "temperature shut off"

[INJB_FULL_ON_SHUTDOWN_MSG]
c "Back inlet heating  "
c "too slowly:         "
c "temperature shut off"

#/*******************************/
#/* Pneumatic shutdown messages */
#/*******************************/

[MSG_FRNT_INLET_PRES_SHUTDOWN]
c "Front inlet"
c "pressure shutdown"

[MSG_FRNT_INLET_FLOW_SHUTDOWN]
c "Front inlet"
c "flow shutdown"

[MSG_BACK_INLET_PRES_SHUTDOWN]
c "Back inlet"
c "pressure shutdown"

[MSG_BACK_INLET_FLOW_SHUTDOWN]
c "Back inlet"
c "flow shutdown"

[MSG_FRNT_DET_GAS_1_SHUTDOWN]
c "Front detector"
c "fuel gas shutdown"

[MSG_FRNT_DET_GAS_2_SHUTDOWN]
c "Front detector"
c "air/ref shutdown"

[MSG_FRNT_DET_GAS_3_SHUTDOWN]
c "Front detector"
c "makeup shutdown"

[MSG_BACK_DET_GAS_1_SHUTDOWN]
c "Back detector"
c "fuel gas shutdown"

[MSG_BACK_DET_GAS_2_SHUTDOWN]
c "Back detector"
c "air/ref shutdown"

[MSG_BACK_DET_GAS_3_SHUTDOWN]
c "Back detector"
c "makeup shutdown"

[MSG_PNEU_AUX_3_SHUTDOWN]
c "Pres aux 3 shutdown "

[MSG_PNEU_AUX_4_SHUTDOWN]
c "Pres aux 4 shutdown "

[MSG_PNEU_AUX_5_SHUTDOWN]
c "Pres aux 5 shutdown "

#/***************************/
#/* Valve shutdown messages */
#/***************************/

[MSG_MULTI_VALVE_NOT_SWITCHING]
c "Multiposition valve "
c "is not switching    "

[MSG_MULTI_VALVE_ILLEGAL_POSITION]
c "Can't reach setpoint"
c "of multipos valve   "

#/**********************/
#/* Not-ready messages */
#/**********************/

# NOTE: Not ready messages (_NR)
#  can be a full 20 characters long.

[MSG_DIAGNOSTIC_MODE]                   # diagnostic_mode
c "Diagnostics mode    "

[MSG_OVEN_TEMP_NR]                      # oven thermal
c "Oven temp           "

[MSG_F_DET_TEMP_NR]                     # deta_thermal
c "Front det temp      "

[MSG_B_DET_TEMP_NR]                     # detb_thermal
c "Back det temp       "

[MSG_F_INLET_TEMP_NR]                   # inja_thermal
c "Front inlet temp    "

[MSG_B_INLET_TEMP_NR]                   # injb_thermal
c "Back inlet temp     "

[MSG_AUX1_TEMP_NR]                      # aux1_thermal
c "Aux 1 temp          "

[MSG_AUX2_TEMP_NR]                      # aux2_thermal
c "Aux 2 temp          "

[MSG_F_INLET_PRES_NR]                   # frnt_inlet_pressure
c "Front inlet pressure"

[MSG_F_INLET_FLOW_NR]                   # frnt_inlet_flow
c "Front inlet flow    "

[MSG_B_INLET_PRES_NR]                   # back_inlet_pressure
c "Back inlet pressure "

[MSG_B_INLET_FLOW_NR]                   # back_inlet_flow
c "Back inlet flow     "

# det gas 1 not ready

[MSG_F_DET_GAS1_NR]
c "Front det H2 flow  "

[MSG_B_DET_GAS1_NR]
c "Back det H2 flow   "

[MSG_F_OEM_DET_GAS1_NR]
c "Front det gas 1    "

[MSG_B_OEM_DET_GAS1_NR]
c "Back det gas 1     "

# det gas 2 not ready

[MSG_F_DET_AIR_NR]
c "Front det air flow "

[MSG_F_DET_O2_NR]
c "Front det O2 flow  "

[MSG_F_DET_REF_NR]
c "Front det ref flow "

[MSG_F_DET_ANODE_GAS_NR]
c "Front det anode gas"

[MSG_F_DET_GAS2_NR]
c "Front det gas 2    "

[MSG_B_DET_AIR_NR]
c "Back det air flow  "

[MSG_B_DET_O2_NR]
c "Back det O2 flow   "

[MSG_B_DET_REF_NR]
c "Back det ref flow  "

[MSG_B_DET_ANODE_GAS_NR]
c "Back det anode gas "

[MSG_B_DET_GAS2_NR]
c "Back det gas 2     "

# det gas 3 not ready

[MSG_F_DET_GAS3_NR]
c "F det makeup gas   "

[MSG_B_DET_GAS3_NR]
c "B det makeup gas   "

[MSG_F_OEM_DET_GAS3_NR]
c "Front det gas 3    "

[MSG_B_OEM_DET_GAS3_NR]
c "Back det gas 3     "

# aux pressure not ready

[MSG_AUX3_PRES_NR]
c "Aux 3 pressure      "

[MSG_AUX4_PRES_NR]
c "Aux 4 pressure      "

[MSG_AUX5_PRES_NR]
c "Aux 5 pressure      "

# pneumatics prep run required not ready

[MSG_MISER_MODE_NR]
c "Gas saver           "

[MSG_F_INLET_PURGE_NR]
c "Front inlet purging "

[MSG_B_INLET_PURGE_NR]
c "Back inlet purging  "

[MSG_F_INLET_PULSE_NR]
c "F inl pulse inactive"

[MSG_B_INLET_PULSE_NR]
c "B inl pulse inactive"

[MSG_F_INLET_VI_FLOW_NR]
c "F inl VI flow idle  "

[MSG_B_INLET_VI_FLOW_NR]
c "B inl VI flow idle  "

[MSG_F_INLET_SOLV_VENT_NR]
c "Need F inl Solv vent"

[MSG_B_INLET_SOLV_VENT_NR]
c "Need B inl Solv vent"

# valve not ready

[MSG_MULTIPOS_NR]
c "Multiposition valve "

[MSG_GSV_NR]
c "Gas sampling valve #"

[MSG_FRONT_INJECTOR_DOOR_OPEN]
c "Front inj door open "              # front_injector

[MSG_BACK_INJECTOR_DOOR_OPEN]
c "Back inj door open  "              # back_injector

# external not ready

[MSG_HOST_NR]
c "Host system         "

[MSG_EXTERNAL_NR]
c "External device     "

[MSG_PWR_FAIL_RECOVER]
c "Power on in progress"

# detector electronics not ready

[MSG_F_DET_OEM_NR]
c "F det control(s)"

[MSG_F_DET_OEM_NR1]
c "F det ON/OFF1"

[MSG_F_DET_OEM_NR2]
c "F det ON/OFF2"

[MSG_F_DET_OEM_NR3]
c "F det ON/OFF3"

[MSG_F_DET_OEM_NR4]
c "F det ON/OFF4"

[MSG_F_DET_OEM_NR5]
c "F det ON/OFF5"

[MSG_F_DET_OEM_NR6]
c "F det control6"

[MSG_F_DET_OEM_NR7]
c "F det monitor1"

[MSG_F_DET_OEM_NR8]
c "F det monitor2"

[MSG_B_DET_OEM_NR]
c "B det control(s)"

[MSG_B_DET_OEM_NR1]
c "B det ON/OFF1"

[MSG_B_DET_OEM_NR2]
c "B det ON/OFF2"

[MSG_B_DET_OEM_NR3]
c "B det ON/OFF3"

[MSG_B_DET_OEM_NR4]
c "B det ON/OFF4"

[MSG_B_DET_OEM_NR5]
c "B det ON/OFF5"

[MSG_B_DET_OEM_NR6]
c "B det control6"

[MSG_B_DET_OEM_NR7]
c "B det monitor1"

[MSG_B_DET_OEM_NR8]
c "B det monitor2"

[MSG_F_DET_LOW_TEMP]
c "Front det waiting   "

[MSG_B_DET_LOW_TEMP]
c "Back det waiting    "

[MSG_F_DET_IGNITING]
c "Front det igniting  "

[MSG_B_DET_IGNITING]
c "Back det igniting   "

[MSG_F_DET_ADJUSTING]
c "Front det adjusting "

[MSG_B_DET_ADJUSTING]
c "Back det adjusting  "

[MSG_F_NPD_SLEWING  ]
c "F NPD Bead slewing  "

[MSG_B_NPD_SLEWING  ]
c "B NPD Bead slewing  "

[MSG_F_DET_EQUIB_TIME]
c "Front det equib time"

[MSG_B_DET_EQUIB_TIME]
c "Back det equib time "

[MSG_F_DET_SHUTDOWN]
c "Front det shutdown  "

[MSG_B_DET_SHUTDOWN]
c "Back det shutdown   "

[MSG_PNEU_24_VOLTS]
c "24V pneu valve drive"

[MSG_FI_CALIB_LOST]
c "F inl calib deleted "

[MSG_BI_CALIB_LOST]
c "B inl calib deleted "

[MSG_FD_CALIB_LOST]
c "F det calib deleted "

[MSG_BD_CALIB_LOST]
c "B det calib deleted "

[MSG_PA_CALIB_LOST]
c "P aux calib deleted "

[STAT_MSG_FI_FS_AUTO_CAL_FAILED]
c "F inl flow cal fail "

[STAT_MSG_BI_FS_AUTO_CAL_FAILED]
c "B inl flow cal fail "

[MSG_FI_FS_AUTO_CAL_FAILED]
c "Front inlet flow    "
c "sensor auto zero    "
c "calib failed.       "

[MSG_BI_FS_AUTO_CAL_FAILED]
c "Back inlet flow     "
c "sensor auto zero    "
c "calib failed.       "

[STAT_MSG_FI_AUX1_CRYO_CONFLICT]
c "Aux 1 cryo disabled "

[MSG_FI_AUX1_CRYO_CONFLICT]
c "Aux 1 & front inlet "
c "on same cryo valve  "
c "drive: aux1 disabled"

[STAT_MSG_BI_AUX2_CRYO_CONFLICT]
c "Aux 2 cryo disabled "

[MSG_BI_AUX2_CRYO_CONFLICT]
c "Aux 2 & back inlet  "
c "on same cryo valve  "
c "drive: aux2 disabled"

##################
# Communications #
##################

# comm non-fatal errs

[MSG_RS232_DEFECTIVE]               # rs232_defective
c "Host communications:"
c "RS232 defective     "

[STAT_MSG_RS232_DEFECTIVE]
c "RS232 defective     "

[MSG_SAMP_RS232_DEFECTIVE]          # samp_rs232_defective
c "Sampler             "
c "communications:     "
c "RS232 defective     "

[STAT_MSG_SAMP_RS232_DEFECTIVE]
c "Sampler RS232 defect"

# comm warnings

[MSG_HOST_DATA_OVERRUN]             # host_data_overrun
c "Host communications:"
c "data overrun        "

[STAT_MSG_HOST_DATA_OVERRUN]
c "Comm data overrun   "

[MSG_HOST_DATA_ERROR]               # host_data_error
c "Host communications:"
c "data error          "

[STAT_MSG_HOST_DATA_ERROR]
c "Comm data error     "

[MSG_HOST_ABNORMAL_BREAK]           # host_abnormal_break
c "Host communications:"
c "abnormal break      "

[STAT_MSG_HOST_ABNORMAL_BREAK]
c "Comm abnormal break "

# sampler comm warnings

[MSG_SAMP_DATA_OVERRUN]             # samp_data_overrun
c "Sampler             "
c "communications:     "
c "data overrun        "

[STAT_MSG_SAMP_DATA_OVERRUN]
c "Sampler data overrun"

[MSG_SAMP_DATA_ERROR]               # samp_data_error
c "Sampler             "
c "communications:     "
c "data error          "

[STAT_MSG_SAMP_DATA_ERROR]
c "Sampler data error  "

[MSG_SAMP_ABNORMAL_BREAK]           # samp_abnormal_break
c "Sampler             "
c "communications:     "
c "abnormal break      "

[STAT_MSG_SAMP_ABNORMAL_BREAK]
c "Sampler abnormal com"
